After the crosslinking, most of the films were flimsy and breaking. This could be because the films were too thin or bc the isopropanol evaporate before crosslinking. The experiment will be redone with phenol instead of isopropanol and 1g PVOH instead of 0.5g.

After the crosslinking, most of the films were flimsy and breaking. This could be because the films were too thin or bc the isopropanol evaporate before crosslinking. The experiment will be redone with phenol instead of isopropanol and 1g PVOH instead of 0.5g.

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<b>[[User:Matt Hartings|Matt Hartings]] How was this done? This entry is unacceptable. It tells me nothing. Also, didn't you start to synthesize the quaternary amine? How did you do that?</b>

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3) Beginning the Synthesis of the Quaternary Amine:
10 mL acetonitrile + 1.148 mL chlorobutanol + 0.753 mL triethylamine in a round bottom flask. Flask was placed on a heating mantle (set to 50 of 100V) and a sand bath and was attached to a redox condenser apparatus [nitrogen gas was allowed to flow through the redox condenser such that the reaction occurs under nitrogenous conditions]. Reaction is run for 3 days.

Notes

After the crosslinking, most of the films were flimsy and breaking. This could be because the films were too thin or bc the isopropanol evaporate before crosslinking. The experiment will be redone with phenol instead of isopropanol and 1g PVOH instead of 0.5g.